托卡马克等离子体控制系统中包括了对不同控制对象的PID控制。
The plasma control system of Tokamak consists of PID control for different objects.
该设计方案已成功的应用于等离子体渗氮控制系统，实际应用表明：系统结构简单，易于扩充，性能稳定可靠。
This design has been successfully applied in plasma nitriding controlling system. The fact indicates that this system has simple structure and stable performance, and also tend to be expanded.
本文介绍了中科院等离子体所ht - 6m托卡马克装置新的控制系统的设计方法、工程实现及实验运行结果。
The design, realization and experiment result of new control system of HT-6M tokamak based PC real time control have been described.
在理论分析了水中等离子体产生机理及其推进效应的基础上，建造了由水射流等离子弧推进系统、供水系统及控制系统组成的推进模型。
The thrust model made of propulsion system, water supply and control system was designed on the basis of analysis on the mechanism of water plasma and thrust effect.
HL 2A装置反馈控制系统的主要任务是逐步实现对等离子体电流、位移、形状和密度的实时反馈控制，从而能够按照实验目的对托卡马克等离子体进行各种试验。
The feedback control system of HL-2A device is designed to control the current, displacement, configuration and density of plasma on real-time, so some plasma parameters can be achieved as expected.
研究设计等离子体能量传递模糊控制系统，使等离子体炬工作在最佳状态。
A fuzzy control system of plasma energy transfer is designed to make the plasma torch work best.
研究设计等离子体能量传递模糊控制系统，使等离子体炬工作在最佳状态。
A fuzzy control system of plasma energy transfer is designed to make the plasma torch work best.
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